We support everything from product design for HP and VC to process design and manufacturing equipment development.
Heat pipes (HP) and vapor chambers (VC) are used as heat dissipation methods, particularly for electronic components and devices such as CPUs, GPUs, and power devices. In such fields, there is a tendency for increased integration density, and the heat generation density has greatly exceeded 100 W/cm². Therefore, the enhancement of heat dissipation devices is becoming increasingly necessary. Furthermore, it is believed that applications will advance not only in electronic and electrical devices but also in heat dissipation measures for lithium-ion batteries and methods for temperature uniformity in residential and agricultural sectors.
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basic information
Heat dissipation devices have no moving parts and are long-lasting. However, manufacturing that guarantees their lifespan requires metal material processing, joining technology, and inspection technology. There are demands for thinness and high performance (thermal transport capacity), and design technology is also evolving. Additionally, reducing production costs remains as important as with other products. To achieve this, the development and introduction of new manufacturing processes, as well as techniques for process design that eliminate waste and ensure quality, are necessary. I would like to support developers and planners from companies considering entering this field in solving the problems and challenges they face. I possess knowledge in metal joining technology, HP/VC design technology, and inspection technology. Utilizing the technical assets of your companies, I will propose development and solutions that suit your needs.
Price information
1. Spot Consulting: Hourly service (similar to VisasQ) 1 hour: 26,000 yen, extendable in 15-minute increments 2. Business and Research Commissioning: We will discuss and decide the details through individual contracts. 3. Technical Consulting: Same as above Please feel free to consult with us regarding how to approach the consultation and its content. We offer free consultations. Initially, we recommend using spot consulting to clarify any uncertainties.
Price range
P3
Delivery Time
Applications/Examples of results
Technical consultation regarding the design and evaluation of heat pipes and vapor chambers, as well as consultation on the development of manufacturing and measurement methods. We are receiving requests for spot consultations from multiple companies on the design, manufacturing methods, evaluation methods, and cooling technologies for data centers through the VisasQ website.
Company information
The D&T Lab focuses on supporting research, development, design, and prototyping for manufacturing process design and production technology development. Particularly in the case of new businesses, it is necessary to introduce technologies that the company does not possess and to select and collaborate with partner companies. By utilizing so-called open innovation, we aim to shorten the marketing and product/service development periods, facilitate early entry into new fields and applications, and establish a unique strategy using that information and technology to actively promote the business. Once we reach that stage, operations can be managed similarly to existing businesses. Therefore, the challenge of new business ventures depends on how efficiently and effectively we design the entry phase. At that stage, it is essential to gather information and technologies that the company does not possess and to make suitable choices for the company. I have experience in the development and launch of mass production equipment and the introduction of new products into factories. From the successes and failures I encountered, I have learned how to design mass production lines and introduce new products in my own way. Additionally, I possess processing techniques for various materials such as copper products, compound semiconductors, quartz glass, and plastics. I will contribute using my knowledge of these mass production technologies and material processing techniques.